This review is a brief survey of three‐dimensional effects at cracks and sharp notches. The
overall aim is to review developments over the past 50 years leading up to the current state …

A review of some recent data from multiaxial fatigue data from different notched materials is
carried out in the paper. The approach based on the strain energy density (SED) averaged …

This article summarizes the results from uniaxial tension stress-controlled fatigue tests
performed at 650° C on Cu-Be specimens. Two geometries are considered: hourglass …

This research reintroduces a fast and accurate algorithm for simulating two-dimensional
solids with multiple cracks using eigen crack opening displacement (COD) boundary …

A new simplified and effective method has been formalised to estimate the Constant
Amplitude Fatigue Limit (CAFL) of stress-relieved steel welded joints subjected to uniaxial …

This paper presents stress intensity factors (SIFs) and fatigue growth analyses of a corner
crack emanating from a pinhole of a cylinder under cyclic tension. No such work has been …

Crack can significantly affect the performance of structures and is one of the crucial
indicators of damage in structural health monitoring. In this paper, the deflection behaviors of …

Purpose: To study the response under impact load of carbon fiber reinforced composite
materials that have excellent mechanical properties. Design/methodology/approach: Finite …

In order to simplify the calculation of notch stress field and N-SIF for V-notched structures,
the concept of equivalent intensity factor was introduced and the simplified semi-analytical …

An accurate fracture analysis of multi-material V-notched Reissner plates under bending or
twisting is performed by a new coupling approach of isogeometric analysis (IGA) and …